H P4dH4 __text__TEXT]%d78__data__DATA]%(__cstring__TEXT`% (__literal8__TEXT 0x3__const__DATA0 4__common__DATAH4__picsymbolstub2__TEXT0$4lQ__la_sym_ptr2__DATA3x7 W__nl_symbol_ptr__DATA(47<__textcoal_nt__TEXT@47 @Y*Z P%WBUWVS EEEEEEEEEDž|DžxDžtDžpDžlDžh0(0 00DžDžDžE D$E$2E$g2EE;E|UЍE 8-UЍE VY%0coD$D$ D$D$UЍE $90EED$ D$O%D$UЍE $/E}hyEEUЍ U E 8uLUЍ U E C,EIE@Džx4+4D$o%D$'4$!.EE}UЍE UЍE D$$-EEEEUЍ U E 8]UЍ U E 8ttUЍ U E 8TtEEFUЍ U E 8etUЍ U E 8EtDžlED$ D$ (D$%D$UЍ U E $,E}~ Džt}utDžphDž|UЍE AEUЍE $,UЍE E}t#48u%D$%D$'4$+&D$'4$+o&D$'4$+#48t $7+&D$'4$b+&D$'4$B+'D$'4$"+o'D$'4$+'D$'4$*(D$'4$*o(D$'4$*(D$'4$*)D$'4$b*O)D$'4$B*)D$'4$"*)D$'4$*)D$'4$)/*D$'4$)o*D$'4$)*D$'4$)*D$'4$b)/+D$'4$B)o+D$'4$")+D$'4$)+D$'4$(/,D$'4$(,D$'4$(,D$'4$($V($(}u:}u4+4D$/-D$'4$0(E|t=u4+4D$o-D$'4$'Eu4+4D$-D$'4$'Eu4+4D$-D$'4$p'E}tf0f.w0f.s4+4D$/.D$'4$'Ehtf0f.w0f.s4+4D$/.D$'4$&E(0f.s4+4D$o.D$'4$G&EttN 0f.s4+4D$.D$'4$%E}t $%E D$E$I%D$$%tD+4D$ D$/D$'4$r%$%D$$$D$ E D$ED$$b$EЋEȋEċEEĉE̍74+4D$ D$ẺD$$#464 44@ BA|t1;4+4D$ D$EЉD$$s#D$04D$,<D$$4D$,D$$D$ 74D$D$$"74D$ 4D$D$$"}4 4)H'0Yȍ0^f(YT -G [-A[/]] [-D[a][o][n]] [-L] [-M] [-N[t_or_e][[/[/]]]] [-S] [-V] is name of input grdfile OPTIONS: -A sets azimuth (0-360 CW from North (+y)) for directional derivatives -A/ will compute two directions and save the one larger in magnitude. -D finds the direction of grad z. Append c to get cartesian angle (0-360 CCW from East (+x)) [Default: azimuth] Append o to get bidirectional orientations [0-180] rather than directions [0-360] Append n to add 90 degrees to the values from c or o -G output file for results from -A or -D -L sets boundary conditions. can be either g for geographic boundary conditions or one or both of x for periodic boundary conditions on x y for periodic boundary conditions on y [Default: Natural conditions] -M to use map units. In this case, dx,dy of grdfile will be converted from degrees lon,lat into meters. Default computes gradient in units of data/grid_distance. -N will normalize gradients so that max |grad| = [1.0] -Nt will make atan transform, then scale to [1.0] -Ne will make exp transform, then scale to [1.0] -Nt/[/] or -Ne/[/] sets sigma (and offset) for transform. [sigma, offset estimated from data] -S output file for |grad z|; requires -D %s: GMT SYNTAX ERROR: Must specify -A or -D %s: GMT SYNTAX ERROR -S option: Must specify output file %s: GMT SYNTAX ERROR -G option: Must specify output file %s: GMT SYNTAX ERROR: Must specify input file %s: GMT SYNTAX ERROR -A option: Use 0-360 degree range %s: GMT SYNTAX ERROR -N option: Normalization amplitude must be > 0 %s: GMT SYNTAX ERROR -N option: Sigma must be > 0 %s: Error opening file %s (not found?) Normalized directional derivative(s)Directional derivative(s) %s %s %s %s %s: Min Mean Max sigma intensities:Directions of maximum slopesMagnitude of maximum slopes?v@-DT!@-DT! @9RFߑ??cܥL@V@f@@;f?;⍀P'"⍀P ⍀P⍀P⍀P⍀Pk⍀kPV⍀VPxsA⍀AP_Z,⍀,PFA⍀P-(⍀P⍀P⍀P⍀P⍀P⍀P⍀P~yo⍀oPe`Z⍀ZPLGE⍀EP3.0⍀0P⍀P⍀P⍀P⍀P⍀P⍀P⍀Pkf⍀PR000111J1c1|1111112+2D2]2v222222 3%3>3W3p333$Ë$N%<%2%L4,%%L4$(0$(0$(0$(0$04$$0$$H4z$\$H4L$(0<$(0,$(0$(0$04#04#04#04#04##/##84P#@#846#/(#<4#,4 #"/",4",4",4",4""/""`/"H4!H4!!H4 0  0l 0X > 0 00H4H4u 0a@H40H4H4H4V0300H4H4(0KH4H4pSH4@0 0H4e0[>H4 (0 0cAL4H4000000s00Y(0;x0x0p000p0r0V0&H4H4H4H4bH45H400H40H4H4H4H4H4hH4+H4H4(4H4H4 H0uP00h00<(0*`0X0~P0NP0H0H0/00 @00080,4,4{]04QH4K-H404<4L404|04t04l04dA<4;H4    84 / <4 g U = - 84# . <4 (0  84 . <4 (0  84~ @.p <4^ 00F (0)  84 @. <4 00 (0  84 . <4 p 84f -X <4C 3 84) - <4  84 @- <4    84 - { 84q ,k [ 84Q @,K ; 841 ,+  84 +  84 +  84 @+  84 +  84 * { 84q *k [ 84Q @*K ; 841 *+  84 ) 84)84`)84 )84({84q(k[84Q (K;841'+84' 84 '84'84&4484x&rb84X &RB848%.%44xW%d 84%<4|xtplhd`\XTPLHD@<840,($ tS`%&tA!6|xtplhd`\XTPLHD@<840,($  (0(0(0 0  ) "43"43 ) 4343 ) 4h34h3 ) 4O34O3 ) 463x463r m) g43_43Y T) N 43F 43@ ;) 542-42' ") 4242 ) 3232 ) 3232 ) 3232 ) 3n23n2 ) 3U23U2 ) 3<2~3<2x s) m3#2e3#2_ Z) T3 2L3 2F A) ;31331- () "3131 ) 3131 ) 3131 ) 3131 ) 3t13t1 ) 3[13[1 ) 3B13B1~ y) s3)1k3)1e `) Z31R31L G) A309303 .) (30 30 ) 3030 tplhd`\XTPLHD@<840,($   %(&#"$    ' %(&#"$    ' !* @4 D4H4%L4<z[."oixVfB_main___i686.get_pc_thunk.bx_data_slp___i686.get_pc_thunk.axdyld_stub_binding_helper_GMT_f_NaN_gmtdefs_GMT_pad_GMT_quick___sF_GMT_program_GMT_end_GMT_free_GMT_write_grd_sprintf_strcpy_exp_atan_sqrt_pow_hypot_atan2___isnand_sin_cos_GMT_boundcond_set_GMT_read_grd_GMT_memory_GMT_grd_init_GMT_boundcond_param_prep_GMT_read_grd_info_GMT_put_history_GMT_explain_option_exit_GMT_default_error_GMT_boundcond_parse_fprintf_sscanf_GMT_get_common_args_GMT_boundcond_init_GMT_begin